Assembly type movable mounting bracket for automatic fire alarm system for teaching

Abstract

The invention relates to the technical field of the safety fire-fighting industry, in particular to an assembly type movable mounting bracket for an automatic fire alarm system for teaching. The bracket comprises a bracket frame, a first connecting plate is mounted on the inner side surface of the bracket frame, a wiring terminal strip is mounted on the first connecting plate, and a mounting panel is adhered to the front surface of the bracket frame. A linear guide rail is connected to the hanging frame screw in a hanging mode, a guide rail sliding block is installed on the linear guide rail and connected with the linear guide rail through a second braking screw, a positioning seat connecting block is installed on the front face of the guide rail sliding block, and a fixing screw and a third positioning screw are arranged at the bottom and the end of the support frame. The bracket frame is provided with movable screws corresponding to the fixing screws, and the bracket frame is provided with a supporting rod through the movable screws. The mounting bracket solves the problems of high investment, inconvenience in transportation, heavy weight and large occupied area.

Description

technical field [0001] The invention relates to the technical field of safety and fire protection industry, in particular to an assembled movable teaching fire automatic alarm system mounting bracket. Background technique [0002] The automatic fire alarm system mainly detects the early characteristics of fire, sends out fire alarm signals, and provides control and instructions for evacuation of personnel, prevention of fire spread and activation of automatic fire extinguishing equipment. It is generally installed inside industrial and civil buildings and other places that may cause harm to life and property. Fire hazard places, together with other fire protection facilities such as automatic fire extinguishing system, smoke prevention and exhaust system, and fire separation facilities, constitute a complete building fire protection system. It is one of the most important fire protection facilities in modern buildings, and it is also the nervous system of the building. [0...

AI Technical Summary

Problems solved by technology

Firefighting training classrooms, firefighting experience halls, and VR-based firefighting experience all have fixed classrooms or experience rooms, and the installed facilities are fixed and cannot be moved

[0016] (2) Large investment

Firefighting training classrooms, firefighting experience halls, and VR-based firefighting experiences require specialized classrooms, a lot of equipment, and a large investment

[0017] (3) Not easy to transport

The mobile teaching model is installed as a whole, and the equipment parts and lines are fixedly installed on the operation table, and the equipment is fixedly connected, which is not easy to disassemble; and it is bulky and not easy to transport;

[0018] (4) heavy weight

Most of the existing mobile teaching models are installed as a whole. The overall volume is large and heavy, and trucks are needed for transportation; however, the central areas of some cities restrict the entry of trucks or restrict the entry of trucks by time, making it difficult to transport teaching facilities within the specified time to the designated place;

[0019] The existing mobile teaching model requires the help of a forklift and the cooperation of multiple people to load or unload the vehicle when loading and unloading the vehicle, which is time-consuming and labor-intensive, and there is a great potential safety hazard

[0020] (5) Large footprint

The existing movable teaching model still has a large footprint and a wide width, which makes it difficult to easily enter various rooms and classrooms. It needs to be placed in a spacious venue for teaching and operation, which limits the choice of training venues

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